Quick Find Conversion Table

1 - 33
BTU per hour to petawatts
1≈ 2.93071E-16
2≈ 5.86142E-16
3≈ 8.79213E-16
4≈ 1.172284E-15
5≈ 1.465355E-15
6≈ 1.758426E-15
7≈ 2.051497E-15
8≈ 2.344568E-15
9≈ 2.637639E-15
10≈ 2.93071E-15
11≈ 3.223781E-15
12≈ 3.516852E-15
13≈ 3.809923E-15
14≈ 4.102994E-15
15≈ 4.396065E-15
16≈ 4.689136E-15
17≈ 4.982207E-15
18≈ 5.275278E-15
19≈ 5.568349E-15
20≈ 5.86142E-15
21≈ 6.154491E-15
22≈ 6.447562E-15
23≈ 6.740633E-15
24≈ 7.033704E-15
25≈ 7.326775E-15
26≈ 7.619846E-15
27≈ 7.912917E-15
28≈ 8.205988E-15
29≈ 8.499059E-15
30≈ 8.79213E-15
31≈ 9.085201E-15
32≈ 9.378272E-15
33≈ 9.671343E-15
34 - 66
BTU per hour to petawatts
34≈ 9.964414E-15
35≈ 1.0257485E-14
36≈ 1.0550556E-14
37≈ 1.0843627E-14
38≈ 1.1136698E-14
39≈ 1.1429769E-14
40≈ 1.172284E-14
41≈ 1.2015911E-14
42≈ 1.2308982E-14
43≈ 1.2602053E-14
44≈ 1.2895124E-14
45≈ 1.3188195E-14
46≈ 1.3481266E-14
47≈ 1.3774337E-14
48≈ 1.4067408E-14
49≈ 1.4360479E-14
50≈ 1.465355E-14
51≈ 1.4946621E-14
52≈ 1.5239692E-14
53≈ 1.5532763E-14
54≈ 1.5825834E-14
55≈ 1.6118905E-14
56≈ 1.6411976E-14
57≈ 1.6705047E-14
58≈ 1.6998118E-14
59≈ 1.7291189E-14
60≈ 1.758426E-14
61≈ 1.7877331E-14
62≈ 1.8170402E-14
63≈ 1.8463473E-14
64≈ 1.8756544E-14
65≈ 1.9049615E-14
66≈ 1.9342686E-14
67 - 99
BTU per hour to petawatts
67≈ 1.9635757E-14
68≈ 1.9928828E-14
69≈ 2.0221899E-14
70≈ 2.051497E-14
71≈ 2.0808041E-14
72≈ 2.1101112E-14
73≈ 2.1394183E-14
74≈ 2.1687254E-14
75≈ 2.1980325E-14
76≈ 2.2273396E-14
77≈ 2.2566467E-14
78≈ 2.2859538E-14
79≈ 2.3152609E-14
80≈ 2.344568E-14
81≈ 2.3738751E-14
82≈ 2.4031822E-14
83≈ 2.4324893E-14
84≈ 2.4617964E-14
85≈ 2.4911035E-14
86≈ 2.5204106E-14
87≈ 2.5497177E-14
88≈ 2.5790248E-14
89≈ 2.6083319E-14
90≈ 2.637639E-14
91≈ 2.6669461E-14
92≈ 2.6962532E-14
93≈ 2.7255603E-14
94≈ 2.7548674E-14
95≈ 2.7841745E-14
96≈ 2.8134816E-14
97≈ 2.8427887E-14
98≈ 2.8720958E-14
99≈ 2.9014029E-14

Popular conversions

Popular units

BTU per hour

A BTU per hour (symbol: BTUIT/hour) is the unit of power. 

petawatts

The petawatt (PW) is equal to one quadrillion (1015) watts and can be produced by the current generation of lasers for time-scales on the order of picoseconds (10−12 s). One such laser is the Lawrence Livermore's Nova laser, which achieved a power output of 1.25 PW (1.25×1015 W) by a process called chirped pulse amplification. The duration of the pulse was roughly 0.5 ps (5×10−13 s), giving a total energy of 600 J.